Solution for Constant Pressure Water Supply Control of Inverter

onstant pressure water supply systems can be categorized into several types based on the pressure sensor used. The specific parameter settings and wiring guidelines are detailed below:

1. Remote Pressure Gauge

Parameter Settings

  • H00.13=7: One-key macro for constant pressure water supply with remote pressure gauge
  • H00.01=1: Switch start command to terminal start
  • H09.01=Pressuretargetvalue(percentage): Calculate the percentage based on the target pressure and the gauge’s full scale.

Wiring Diagram

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2. Pressure Transmitter

Parameter Settings

  • H00.13=8: One-key macro for constant pressure water supply with pressure transmitter
  • H00.01=1: Switch start command to terminal start
  • H09.01=Pressuretargetvalue(percentage): Calculate the percentage based on the target pressure and the transmitter’s full scale.

Wiring Diagram

screenshot 2026 01 05 150352 616

3. Electric Contact Pressure Gauge

Parameter Settings

  • H00.00=0.00: Preset frequency
  • H00.01=1: Terminal command control
  • H00.02=0: Digital setting disabled
  • H05.03=10: Frequency decrement step
  • H05.04=09: Frequency increment step

Wiring Diagram

screenshot 2026 01 05 150400 327

Note

For convenient adjustment of the pressure target value: After enabling the constant pressure water supply one-key macro, users can press the multi-function key (F/R) to call up the pressure target value setting interface, then use the up/down keys on the keypad to adjust the value.

Application Advantages

  • High Adaptability: Compatible with three common types of pressure sensors, meeting diverse project requirements.
  • Simplified Configuration: One-key macro function reduces manual parameter setting, improving efficiency and reducing errors.
  • Stable Operation: Precise pressure control through terminal command and frequency adjustment ensures consistent water supply pressure.

8 thoughts on “Solution for Constant Pressure Water Supply Control of Inverter”

    1. Yes. We use advanced control algorithm and low‑noise design. The working noise is much lower than ordinary inverters, very friendly for indoor and workshop use.

    1. Yes, suitable for conveyor, mixer, grinder, machine tool, fan, pump and many industrial machines. Strong torque at low speed, stable and smooth operation.

    1. Definitely. For water pumps and fans, our VFD can save 20%–40% energy by adjusting speed automatically instead of full‑speed running. Many users see lower electricity bills in 1–2 months.

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